Jamaican Black Castor Oil

DescriptionSafeguard your essential integrated circuits during assembly with the 14-Pin DIP IC Socket. Applying a hot soldering iron directly to the pins of an IC can easily cause thermal damage, rendering your components useless. By soldering this socket to your printed circuit board (PCB) or perfboard instead, you create a permanent, heat-free base. Once the board cools down, simply snap your chip into place!Using IC sockets is a fundamental best practice for professional hardware design, making them an absolute requirement for interactive electronics bootcamps, university logic labs, and final-year academic projects.Perfect for Digital Logic CircuitsThe 14-pin footprint is one of the most common sizes in digital electronics. It is the standard package for most 7400-series TTL logic gates, 4000-series CMOS chips (including the CD4011 Quad 2-Input NAND Gate), and popular quad operational amplifiers like the LM324. If you are experimenting with Boolean logic or audio circuits, using sockets allows you to easily pop out a burnt-out gate with a small flathead screwdriver and replace it instantly without touching a desoldering pump.Key Features:Standard Compatibility: The 2.54mm (0.1″) pin pitch perfectly matches standard breadboards, stripboards, and custom PCBs.Secure Connection: Dual-wipe metal contacts grip the IC pins firmly from two sides, ensuring a rock-solid electrical connection that resists vibration.Easy Orientation: Features a standard directional notch at one end, helping you easily identify Pin 1 and preventing accidental reverse-polarity chip insertion.Durable Construction: Made from heat-resistant thermoplastic that handles standard soldering temperatures without melting or warping.Technical Specifications:Socket Type: DIP (Dual In-line Package)Number of Pins: 14Pin Pitch: 2.54mm (0.1″)Row-to-Row Spacing: 7.62mm (0.3″)Contact Material: Tin-plated alloy (Dual-wipe design)Mounting Type: Through-holeIdeal Applications:Safely mounting 74xx and CD40xx series digital logic gatesSocketing 14-pin operational amplifiers and comparatorsReusing expensive ICs across multiple prototyping boardsQuick-repair maintenance on custom electronics and motor drivers